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<br />The 160 T ical A lication Areas Petroleum Indus#ry
<br />�� pp 1. Process controi
<br />The 160 Computer can be put to use in many 2• Experiment Des�s�n and analysis
<br />3. Statistical analysis
<br />ways. It can be expanded from the basic system 4. Data reduction
<br />which includes a 350 character per second Fer- 5. Correlation analysis
<br />ranti punched paper tape reader and 60 character Communications ae�d Telemetry Systems
<br />per second Teletype paper tape punch, to a full- i. Controls a number of outlying stations .
<br />scale data processing system. Optional equipment 2• Used for master control and scheduling ;
<br />3. Reads i� reports from outlying stations 7
<br />includes up to eight magnetic tape handlers, card 4. Transmits r�quest for report to receiving station ,-`
<br />reader, card punch, line printer, and electric type- 5. Receives acknowledge si�nal from receiving station' '
<br />writer. Tape reels are compatible etectricall and and verifies reply
<br />Y 6. Analyzes entire system and reports statian failure "'
<br />mechanically with IBM Tape Systems. The follow-
<br />ing list of typical applicati�ons indicates the versa- Satel�I�e �OI�pU�er SyStG� `
<br />tiIity provided by the 160 Computer. �
<br />1. 160's can be used in sma11, independentiy; ��'.
<br />Off-Line Data Conversion directed data processin g centers that hav e: d i r e c t�
<br />1. From a large Computer to the 160 Computer via acCess t0 the lat e-SCale 1604. �
<br />Magnetic Tape g %
<br />�ro
<br />2. From the 160 to Line Printer, including editing, 2. Small 160 data processing centers, operatlllg; '�'
<br />; format controi, and conversion 1��
<br />3. From the 160 to I'aper Tape autonomously within the framework of the large�'� F:
<br />� 4. From the 160 to quick look on Electric Typewriter g `
<br />center and utilizin the 1604 Computer, can�
<br />5. From the lso to Communication �ine �•ealize a new magnitude of data processing atnd' ;
<br />6. From Punched Card to the 160 ;, 4
<br />" computing power. ;, ,
<br />7. From Paper Tape to the 1C0
<br />'' 8: From Electric T ewriter to the 160 ' '
<br />5 yp 3. The flexibility is provided to process ° every;� `� a"
<br />9. From Communication Lino to the 160 type of problem efficiently and ec�onoriucally
<br />`' l0. From'the 16G to large Computer via Magnetic Tape �, i
<br />' from the largest scientific and business data: proc '; ,>,
<br />�' Data Processing-Scientific ,
<br />� essin g problems to small-scale calculatious an d> ,, ��
<br />f1 ,°� . � . . . . .
<br />r>: 1. Sorting ,
<br />� 2. Merging. routine data processing activities
<br />� : 3.:Extracting , ; �
<br />�� 4. The 160 s can transfer data directl `to the ;,,�,
<br />� ° 4. _ Listing ' Y ,
<br />hfii i
<br />5. Updating files 16Q4 at ihe rate of 160,000 characters per secanc�� ;, ,ita;
<br />`' s. Statistical analysis data can be transmitted from the 1604 to the 16p �,_'�
<br />'�i' � _ , �.�';
<br />; 7. Freparing reporYs. at the S�me rate.
<br />r ? ' s ,'s�
<br />7 . Data Processin:g-�Commercial 5. Data can also be trans;�erreci from the.;1d04 �,��;�
<br />` 1: Fayroll ,, � , a �>.
<br />'F� 2. Job-Cost anzlysis to a magnetic tape uni�` which is� directly av,atlable �� �,��
<br />; 3. Accounts receivab�e to the 160 (ar vice versa). The 160 cari aceept this �� ,<'��
<br />;; ,
<br />Canstruction � data from the sarne tape: ree l: on t l ie �ame: tape ;, t,1.
<br />�: 1. Bridge design drive used ta trans.rnit data to and from the� 16�� �� f��`�
<br />�`, , '. 2. Stress'and strain analysis ` ' : �°�
<br />-- thus eliminating the necessity of chan$erig tape,_� ,.;��ti
<br />� 3. Roof truss �esign and a:�atysis �
<br />� �' �., cut and fi�l analysis reels between..computers. � -� ` ` � ` t
<br />�: I ! . � . . � . .. � .. � �� -� tL1,`*
<br />Machine Too! Industr 6. In the Satellite Com uter'S stem boih t�e ���� �$
<br />; � p Y � y, ,��
<br />�, , �: Cam design 1604 and 160 process datu on-�me� to standaxd a{ x��
<br />� 2. Preparation of command information for numeri- peripheral devices:. punched card u�its, lt�e xWt� �� ",;f�
<br />. call� controlled metal-working machines P� ,��f
<br />�� ' 3. Gear design ers, paper tape units, electric ' typewriters,; andr-,, �, ��
<br />, _, r . . .., . . . . .. . .
<br />r � � ` Optical lndustry` magnetic tape units: ` ` , , � ;u�;';
<br />� � � ,�,s ��
<br />� 1. Ray Tracing and L,ens'Analysis and Design ° ,;4�
<br />..
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<br />� Data Acquisition: and Data; Reduction � �rt��-���
<br />�;� ' 1. Performs quick: look operations
<br />, r ��`�r��s��
<br />�w;,' , . .,;; � . • ; 2. Ga�ibrates input information` �;�'� G��
<br />�' � � 3. Corrects:readings to engineering measurements �A��}���`�
<br />�:<�t�s��
<br />'r��t ' 4. Blocks data io correct form for input to other com- ��_ ���,
<br />��M1 ° puters ' - ' ��.;�;����
<br />� 5 �Performs slmple data`reducti�n �r��
<br />�� �r` Electrica! Power lndus�h ����y'���
<br />B�S�r ' ' ` 1. Engi�eering:celculations
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<br />����, , ` 2. On-line'load dis atch com utin °��� �
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<br />�w',�j�} The 1604 Computer: �rY �`F
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